CN204894558U - Equipment of whole container of strengthening rib winding in production glass steel - Google Patents
Equipment of whole container of strengthening rib winding in production glass steel Download PDFInfo
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- CN204894558U CN204894558U CN201520402090.7U CN201520402090U CN204894558U CN 204894558 U CN204894558 U CN 204894558U CN 201520402090 U CN201520402090 U CN 201520402090U CN 204894558 U CN204894558 U CN 204894558U
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Abstract
The utility model discloses an equipment of whole container of strengthening rib winding in production glass steel, including glass steel cylinder and the prefabricated muscle type head that adds, polylith arc formwork is assembled and to be constituteed a cylinder template, be equipped with a rotary main shaft on the axis of cylinder template, be connected with the telescoping cylinder between every arc formwork and rotary main shaft, the outer circumference of cylinder template is equipped with many ring muscle grooves at a distance from a determining deviation being photogenic, it drives the rotation of cylinder template to start rotary main shaft, the glass fiber yarn of glue is scribbled with the winding one deck earlier in the cylinder template, the glass fiber yarn that the reuse scribbled glue fills up ring muscle groove, then twine the thickness that designs to glass steel cylinder with the glass fiber yarn who scribbles glue in the cylinder template, take off glass steel cylinder, it respectively can with the both ends butt joint of glass steel cylinder to add muscle type head with two prefabrications again. The utility model has the characteristics of product rigidity height, long service life, production efficiency height and intensity of labour are little.
Description
Technical field
The utility model relates to a kind of container, and particularly in a kind of fiberglass, reinforcement is wound around overall container, and the utility model also relates to reinforcement in this fiberglass and is wound around the production equipment of overall container.
Background technology
The wider glass steel container manufactured by fiberglass of current use mainly comprises septic tank, rainwater collection pool, oil interceptor, treatment tank and fire cistern.Using more is glass toughening manure pit.
Current China Urban Water Environment is polluted day by day serious, focuses on the engineering that municipal sewage is a system.Glass toughening manure pit is a kind of principle utilizing precipitation and anaerobic fermentation, remove the organic treatment facility of suspension in sanitary sewage, a large amount of ight soil, paper scrap and protozoon is had in sanitary sewage, suspended solids concentration is 100 ~ 350 ㎎/L, organic concentration BOD5 is between 100 ~ 400 ㎎/L, and wherein the organic concentration BOD5 of suspension is between 50 ~ 200 ㎎/L.Sewage enters septic tank through the precipitation of 12-24 hour, remove the suspension of 50%-60% again, the anaerobic digestion in the mud elapsed time precipitated, make the inorganic matter that the organic substance decomposing in mud becomes stable, putrefactive life mud is converted into stable ripe sludge, changes the structure of mud, reduces the moisture content of mud, can extend at double than the brick septic tank cleaning cycle, draw clearly outward transport landfill or be used as fertilizer.
The glass toughening manure pit of current use, having a kind of is ribbing type glass toughening manure pit in ball fluctuating, also have in a kind of straight barrel and add iron ribbed glass tempering manure pit, its manufacture method is: first make a fiberglass cylinder with glass fabric and glue, again prefabricated ring muscle is encased in fiberglass cylinder, then loads onto prefabricated plain edition end socket at the two ends of fiberglass cylinder.Prefabricated ring muscle is generally adopt iron square tube.Adopt the glass fibre reinforced plastic integral container of said structure and manufacture method, Problems existing is: product rigidity is not high, and iron rib year can get rusty for a long time very much, and service life is not long, and the production efficiency of its manufacturing process is low, and labour intensity is large.
Utility model content
First technical problem to be solved in the utility model is to provide that a kind of product rigidity is high, reinforcement is wound around overall container in the fiberglass of long service life.
Second technical problem to be solved in the utility model is to provide reinforcement in a kind of production efficiency is high, labour intensity is little this fiberglass of production and is wound around the equipment of overall container.
In order to solve above-mentioned first technical problem, in the fiberglass that the utility model provides, reinforcement is wound around overall container, comprise fiberglass cylinder and be contained in the prefabricated reinforcement type end socket at two ends of described fiberglass cylinder, described fiberglass cylinder adopts following explained hereafter: at least 3 pieces of arc formworks are assembled can form a cylindrical shape template, the axis of described cylindrical shape template is provided with a rotary main shaft, telescoping cylinder is connected with between the arc formwork described in every block and described rotary main shaft, the excircle of the cylindrical shape template described in being assembled into by the arc formwork described at least 3 pieces is provided with many ring muscle grooves mutually across a certain distance, starting rotary main shaft drives cylindrical shape template to rotate, in described cylindrical shape template, the glass fiber yarn of glue is first scribbled with winding one deck, ring muscle groove is filled up again with the glass fiber yarn scribbling glue, then in cylindrical shape template, the thickness designed by fiberglass cylinder is wound to the glass fiber yarn scribbling glue, to stop the rotation the rotation of main shaft, be formed as after fiberglass cylinder wait the glass fiber yarn scribbling glue, shrink telescoping cylinder each arc formwork is regained, namely cylindrical shape template and the fiberglass cylinder after being formed depart from, take off fiberglass cylinder, again two prefabricated reinforcement type end sockets are docked with fiberglass cylinder two ends respectively.
One deck resin film is provided with at the outer surface of prefabricated end socket and fiberglass cylinder.
Described glass fiber yarn adopts spiral wrap to form spiral glass fiber yarn in described cylindrical shape template.
In order to solve above-mentioned second technical problem, in the production fiberglass that the utility model provides, reinforcement is wound around the equipment of overall container, at least 3 pieces of arc formworks are assembled can form a cylindrical shape template, the axis of described cylindrical shape template is provided with a rotary main shaft, one end of described rotary main shaft to be arranged on the first support and to be in transmission connection with drive system, the other end of described rotary main shaft arranges on the secondary support bracket and the front end of described rotary main shaft is connected with lifting boom, the first described support and the second described support installing are on the first guide rail, the first described guide rail is provided with the dolly of transport finished glass steel cylinder, telescoping cylinder is connected with between the arc formwork described in every block and described rotary main shaft, the excircle of the cylindrical shape template described in being assembled into by the arc formwork described at least 3 pieces is provided with many ring muscle grooves mutually across a certain distance, also comprise a glass fiber yarn gluing dispensing apparatus, described glass fiber yarn gluing dispensing apparatus is arranged on one with on the second guide rail of the first described guide rail parallel.
Described glass fiber yarn gluing dispensing apparatus comprises a running gear of walking on the second described guide rail, be located at glass fiber yarn bracing frame on described running gear and an adhesive box.
Adopt reinforcement in the fiberglass of technique scheme to be wound around overall container and production equipment thereof, the one-shot forming of fiberglass cylinder, shiny appearance, packing is high, Never-leakage.The internal stiffeners formed by ring muscle groove becomes to be integrated with fiberglass cylinder, and be the layering reinforcement formed by the glass fiber yarn scribbling glue, the spacing of reinforcement is that 38 ㎝ are wide, more effectively improve the integral rigidity of product, be 3 times of like product rigidity, whether have car to travel after therefore installing and all can ensure safety.And content not containing metal thing, Never-rusty, the time is grown and also can not cave in.Glass fibre reinforced plastic integral container is the effect material that the 1+1 together formed by two or more Material cladding is greater than 2.Wherein glass fiber reinforcement unsaturated-resin (being commonly called as fiberglass) is the composite that a kind of performance is good, easily manufactured, purposes is very wide, this composite manufactures septic tank and has following advantage: 1, barrier performance is good, 2, treatment effect is good, and 3, to draw the cycle clearly long, 4, compression strength is high, 5, floor space is little, 6, long service life, 7, speed of application is fast, 8, comprehensive cost is low.
In sum, the utility model is that a kind of product rigidity is high, reinforcement is wound around overall container in the fiberglass of long service life.Its production technology and production efficiency of equipment is high, labour intensity is little.
Accompanying drawing explanation
Fig. 1 is the schematic perspective view of the equipment that the utility model provides.
Fig. 2 is the end view of the equipment that the utility model provides.
Fig. 3 is design sketch after the matched moulds of the equipment that the utility model provides.
Fig. 4 is design sketch after the matched moulds of the equipment that the utility model provides.
Fig. 5 is the production effect figure of the equipment that the utility model provides.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in further detail.
See Fig. 1, Fig. 2, Fig. 3 and Fig. 4, 4 pieces of arc formworks 1 are assembled can form a cylindrical shape template 2, the axis of cylindrical shape template 2 is provided with a rotary main shaft 6, one end of rotary main shaft 6 to be arranged on the first support 7 and to be in transmission connection with drive system 10, the other end of rotary main shaft 6 is arranged on the second support 8 and the front end of rotary main shaft 6 is connected with lifting boom 14, first support 7 and the second support 8 are arranged on the first guide rail 9, first guide rail 9 is provided with the dolly 12 of transport finished glass steel cylinder, telescoping cylinder 5 is connected with between every block arc formwork 1 and rotary main shaft 6, the excircle of the cylindrical shape template 2 be assembled into by 4 pieces of arc formworks 1 is provided with many ring muscle grooves 4 mutually across a certain distance, also comprise a glass fiber yarn gluing dispensing apparatus 11, glass fiber yarn gluing dispensing apparatus 11 is arranged on second guide rail 13 parallel with the first guide rail 9.
Particularly, glass fiber yarn gluing dispensing apparatus 11 comprise a walking on the second guide rail 13 running gear, be located at glass fiber yarn bracing frame on running gear and an adhesive box.
See Fig. 1, Fig. 2, Fig. 3 and Fig. 4 and Fig. 5, glass fiber yarn is arranged on glass fiber yarn bracing frame, during use, the glass fiber yarn be arranged on glass fiber yarn bracing frame passes adhesive box, glass fiber yarn has coated glue through out-of-date in adhesive box, starting drive system 10 driven rotary main shaft 6 drives cylindrical shape template 2 to rotate, glass fiber yarn gluing dispensing apparatus 11 is walked at guide rail 13, glass fiber yarn gluing dispensing apparatus 11 first scribbles the glass fiber yarn of glue in cylindrical shape template 2 with winding one deck, then the glass fiber yarn scribbling glue is filled up ring muscle groove 4 by glass fiber yarn gluing dispensing apparatus 11, then glass fiber yarn gluing dispensing apparatus 11 walks back and forth at guide rail 13, in cylindrical shape template 2, the thickness designed by fiberglass cylinder 3 is wound to the glass fiber yarn scribbling glue, glass fiber yarn adopts spiral wrap to form spiral glass fiber yarn in cylindrical shape template 2.Stop the rotation of drive system 10 and rotary main shaft 6, be formed as after fiberglass cylinder 3 wait the glass fiber yarn scribbling glue, the lifting boom 14 that the front end that crane hangs rotary main shaft 6 connects, remove the second support 8, dolly 12 is promoted below fiberglass cylinder 3, shrink telescoping cylinder 5 each arc formwork 1 is regained, first shrink the one group of telescoping cylinder 5 be oppositely arranged be oppositely arranged one group of arc formwork 1 is regained, first shrink another group telescoping cylinder 5 be oppositely arranged another group arc formwork 1 be oppositely arranged is regained, namely cylindrical shape template 2 and the fiberglass cylinder 3 after being formed depart from, fiberglass cylinder 3 just falls and is placed on dolly 12, fiberglass cylinder 3 transports by dolly 12, again two prefabricated reinforcement type end sockets are docked with fiberglass cylinder 3 two ends respectively glass fibre reinforced plastic integral container.
In above-mentioned steps, be wound around one deck resin film at the outer surface of prefabricated end socket and fiberglass cylinder.
Claims (2)
1. produce the equipment that reinforcement in fiberglass is wound around overall container for one kind, it is characterized in that: at least 3 pieces of arc formworks are assembled can form a cylindrical shape template, the axis of described cylindrical shape template is provided with a rotary main shaft, one end of described rotary main shaft to be arranged on the first support and to be in transmission connection with drive system, the other end of described rotary main shaft arranges on the secondary support bracket and the front end of described rotary main shaft is connected with lifting boom, the first described support and the second described support installing are on the first guide rail, the first described guide rail is provided with the dolly of transport finished glass steel cylinder, telescoping cylinder is connected with between the arc formwork described in every block and described rotary main shaft, the excircle of the cylindrical shape template described in being assembled into by the arc formwork described at least 3 pieces is provided with many ring muscle grooves mutually across a certain distance, also comprise a glass fiber yarn gluing dispensing apparatus, described glass fiber yarn gluing dispensing apparatus is arranged on one with on the second guide rail of the first described guide rail parallel.
2. in production fiberglass according to claim 1, reinforcement is wound around the equipment of overall container, it is characterized in that: described glass fiber yarn gluing dispensing apparatus comprises a running gear of walking on the second described guide rail, be located at glass fiber yarn bracing frame on described running gear and an adhesive box.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520402090.7U CN204894558U (en) | 2015-06-11 | 2015-06-11 | Equipment of whole container of strengthening rib winding in production glass steel |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520402090.7U CN204894558U (en) | 2015-06-11 | 2015-06-11 | Equipment of whole container of strengthening rib winding in production glass steel |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204894558U true CN204894558U (en) | 2015-12-23 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520402090.7U Active CN204894558U (en) | 2015-06-11 | 2015-06-11 | Equipment of whole container of strengthening rib winding in production glass steel |
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| CN (1) | CN204894558U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109986769A (en) * | 2019-04-29 | 2019-07-09 | 河南合瑞电气有限公司 | A kind of curing oven uniform curing for square insulating cylinder |
-
2015
- 2015-06-11 CN CN201520402090.7U patent/CN204894558U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109986769A (en) * | 2019-04-29 | 2019-07-09 | 河南合瑞电气有限公司 | A kind of curing oven uniform curing for square insulating cylinder |
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